-record(crypto_adapter, {
    init :: fun((distribute@crypto@types:provider_options()) -> {ok,
            distribute@crypto@types:provider_handle()} |
        {error, distribute@crypto@types:crypto_error()}),
    shutdown :: fun((distribute@crypto@types:provider_handle()) -> {ok, nil} |
        {error, distribute@crypto@types:crypto_error()}),
    handshake_start :: fun((distribute@crypto@types:provider_handle(), binary(), binary(), gleam@option:option(distribute@crypto@types:handshake_message())) -> {ok,
            distribute@crypto@types:handshake_result()} |
        {error, distribute@crypto@types:crypto_error()}),
    handshake_continue :: fun((distribute@crypto@types:provider_handle(), distribute@crypto@types:handshake_state(), distribute@crypto@types:handshake_message()) -> {ok,
            distribute@crypto@types:handshake_result()} |
        {error, distribute@crypto@types:crypto_error()}),
    secure_context :: fun((distribute@crypto@types:provider_handle(), binary()) -> gleam@option:option(distribute@crypto@types:secure_context())),
    encrypt :: fun((distribute@crypto@types:provider_handle(), distribute@crypto@types:secure_context(), bitstring()) -> {ok,
            bitstring()} |
        {error, distribute@crypto@types:crypto_error()}),
    decrypt :: fun((distribute@crypto@types:provider_handle(), distribute@crypto@types:secure_context(), bitstring()) -> {ok,
            bitstring()} |
        {error, distribute@crypto@types:crypto_error()}),
    rekey :: fun((distribute@crypto@types:provider_handle(), binary()) -> {ok,
            nil} |
        {error, distribute@crypto@types:crypto_error()}),
    health :: fun((distribute@crypto@types:provider_handle()) -> distribute@crypto@types:health_status()),
    metrics :: fun((distribute@crypto@types:provider_handle()) -> distribute@crypto@types:crypto_metrics())
}).